Industrial Evaluation Of Sulfur Concrete In Corrosive Environments (e203c084-1e28-4098-b5f2-cc06310e20aa)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
W. C. McBee T. A. Sullivan B. W. Jong
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
8
File Size:
828 KB
Publication Date:
Jan 1, 1986

Abstract

A sulfur concrete technology has been developed by the US Bureau of Mines, where chemically modified sulfur is used with suitable mineral aggregates to produce construction materials that are resistant to corrosion by acids and salts. This report presents a summary of the basic technology and results of testing the materials under actual operating conditions in 50 corrosive environments in 40 commercial plants. After four years of testing, there was essentially no evidence of material degradation or loss of strength. Regular concrete materials were attacked and, in some cases, completely destroyed under the same conditions. Testing is continuing to establish ultimate longevity and durability of the sulfur concretes. The materials are finding widespread applications in metallurgical, chemical, and fertilizer processing plants.
Citation

APA: W. C. McBee T. A. Sullivan B. W. Jong  (1986)  Industrial Evaluation Of Sulfur Concrete In Corrosive Environments (e203c084-1e28-4098-b5f2-cc06310e20aa)

MLA: W. C. McBee T. A. Sullivan B. W. Jong Industrial Evaluation Of Sulfur Concrete In Corrosive Environments (e203c084-1e28-4098-b5f2-cc06310e20aa). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1986.

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